To Next PageTo Next PageHow to fix 'No signal' on Radwin 2000 Microphone system?
To address a 'No signal' issue with your Radwin Microphone system: First, complete the installation procedure using the RADWIN Manager. Next, verify the antenna alignment. Finally, ensure that the radio configuration (channel settings and Link ID) is identical on both site A and site B units.
What to do if Radwin 2000 Microphone system has a weak signal?
To resolve a 'Weak signal received' issue on your Radwin Microphone system, check the antenna alignment and reconfigure the link. Also, ensure the alignment tone sounds the Best Signal sequence.
Why is the AIR I/F Red on my Radwin 2000?
If the AIR I/F indicator on your Radwin Microphone system is red, first check the antenna alignment. Then, verify that the radio configuration, specifically the Channel and Link ID, is the same for both site A and site B units.
What does 'SVC Orange Red Off' mean on Radwin 2000?
If the SVC indicator on your Radwin Microphone system displays Orange Red Off, it means an alarm has been detected at the Site B interface, or a Local or Remote loopback Alarm has been detected at the Site A interface Ethernet only IDU, or E1/T1 is not configured.
What does HSS Red Orange mean on Radwin Microphone system?
If the HSS indicator on your Radwin Microphone system is showing Red Orange, it indicates that the HSS is not operational due to improper signal detection. This could mean: 1. The ODU is not transmitting. 2. The ODU is a master generating and detecting signals. 3. The ODU is a master generating signals but detecting improper signals. 4. The ODU is a client in “Continue Tx” mode but not detecting signals. 5. The ODU is a client in “Disable Tx” mode and detecting signals from multiple sources.
What to do if AIR I/F is Orange on Radwin 2000 Microphone system?
If the AIR I/F indicator on your Radwin Microphone system is orange, complete the installation procedure from the RADWIN Manager.
What does STBY Red Orange indicate on Radwin 2000?
If the STBY indicator on your Radwin Microphone system shows Red Orange, it means: 1. The MHS mode is Primary, and the Link state is not active. 2. The MHS mode is Secondary, and the Link state is active.
Why is ODU Red on my Radwin 2000 Microphone system?
If the ODU indicator on your Radwin Microphone system is red, check that the IDU/ODU cable is properly wired and connected.
Why is IDU Red on my Radwin 2000?
If the IDU indicator on your Radwin Microphone system is red, check that the IDU/ODU cable is properly wired and connected.
What to do if Radwin Microphone system shows 'PWR Off'?
If your Radwin Microphone system displays 'PWR Off', check that power is connected to the IDU.
General| Brand | Radwin |
|---|---|
| Model | 2000 Series |
| Category | Microphone system |
| Language | English |
Introduces the site survey process and recommended equipment.
Details safety precautions for RF energy, grounding, and lightning protection.
Covers preparing and mounting ODUs and external antennas.
Describes the installation process for IDU-E and IDU-C units.
Explains how to start the RADWIN Manager and establish connectivity.
Describes user types, default passwords, and the log-on procedure.
Explains how to install and use the Hot Standby feature.
Details the real-time performance information displayed in the monitor pane.
Details configuration of system parameters like Link ID and Site details.
Explains how to configure channel settings, including Automatic Channel Selection.
Covers configuration of transmission power, antenna type, and MIMO/Diversity modes.
Describes the configuration of Hub Site Synchronization (HSS) settings.
Guides on selecting services and configuring transmission ratio for asymmetric allocation.
Details the configuration of TDM clock parameters.
Details the functions available for editing site parameters.
Guides on how to change the transmit power level for each site.
Covers configuration of IP address, VLAN, and protocols for ODUs.
Explains how to enable VLAN management for traffic separation.
Details security features including Link Password and SNMP Community strings.
Guides on changing the link password for security.
Explains the Link Lock feature for preventing unauthorized ODU usage.
Covers ODU mode (Hub/Bridge) and bridge configuration.
Explains VLAN tagging for Ethernet service in ODU and IDU modes.
Details how to collect and save link and manager information for diagnostics.
Describes how to activate internal and external loopbacks for TDM connection testing.
Explains how to test local E1/T1 ports and their connection to user equipment.
Describes how to test connection between local and remote units and user equipment.
Covers the procedure for reinstalling a link if ODUs need realignment.
Provides tables for troubleshooting LED fault indications and system symptoms.
Guides on replacing an ODU, ensuring software version consistency.
Explains how Hub Site Synchronization (HSS) prevents interference in collocated sites.
Provides instructions for connecting ODUs to an HSS unit.
Illustrates scenarios for GSU usage in independent and communicating distributed sites.
Details the GSU's design for redundancy and improving robustness.
Explains how to configure the GSU through the RADWIN Manager.
Details setting the RFP for HSS and configuring the GSU.
Covers setting the GSU IP address, subnet mask, and trap addresses.
Defines RADWIN Monitored Hot Standby (MHS) as a duplicated link setup.
Details redundancy and backup features for TDM services.
Covers unique RADWIN air-interface protection and channel selection.
Provides procedures for IDU and ODU replacement in an MHS link.
Details the steps for replacing IDUs in an MHS link, considering different situations.
Guides on pre-configuring and replacing ODUs in an MHS link.
Explains the logic for switching between primary and secondary links.
Describes the process of switching from the primary to the secondary link.
Details the procedure for switching back to the primary link.
Explains how protection switching occurs upon ring failure and restoration times.
Guides on creating a ring using RADWIN Manager in two stages.
Guides on configuring VLANs using the RADWIN Manager.
Details the procedure for upgrading software for a link.
Provides background on FCC/IC regulations for 5.4/5.3 GHz links and DFS.
Guides on activating FCC/IC 5.4/5.3 GHz links using RADWIN Manager.
Details the configuration procedure for FCC/IC 5.4/5.3 GHz links.
Provides formulas for EIRP, Expected RSS, Fade Margin, and Range.
Details the step-by-step procedure for changing the factory default band.
Details how to suspend service traffic and enter Installation mode using Quick Install.
Guides on launching Spectrum View and obtaining a spectrum analysis.
Guides on setting up a BRS/EBS link by choosing appropriate channel bandwidth.
Guides on defining QoS settings using Installation or Configuration wizards.
Guides on how to log on to the Web Interface using IP address and credentials.
Guides on configuring a link using the Web Interface Configuration Wizard.
Provides technical specifications for the Outdoor Unit (ODU), including capacity, range, and modulation.
Lists specifications common to IDU-C and IDU-E, with differences highlighted.
Provides a table of MIB trap messages, their severity, and descriptions.
Specifies minimum separation distances for FCC and IC products.
Details grounding requirements for RADWIN products during operation.
Provides safety precautions during ODU mounting on poles or walls.
